Its not interesting at all. Its just INST and little speed decreasers.
And if it was pure INST it wouldn't even been interesting, or an alloy.
INST here only affects the speed of transmission of the spark to the next node only, not through the whole circuit.
then whats the point of making it, it doesnt conduct instantly, INST is just a booster here
The "faster than gold" part holds little value to me here, as your alloy includes INST, which, by definition, conducts instantly. Moreover, your alloy would be even faster and much simpler if you just left it at pure INST, and it wouldn't heat up either.
of course this is faster, you're using instant wire :/ -1
I think thats because of the PSCN
INteresting property, It doesnt heat up from excesive sparking, either
Its not interesting at all. Its just INST and little speed decreasers.
And if it was pure INST it wouldn't even been interesting, or an alloy.
The "faster than gold" part holds little value to me here, as your alloy includes INST, which, by definition, conducts instantly. Moreover, your alloy would be even faster and much simpler if you just left it at pure INST, and it wouldn't heat up either.
of course this is faster, you're using instant wire :/ -1
I think thats because of the PSCN